devices

Interfacing PIC18F4520 microcontroller with an HD44780 LCD

Introduction Being able to display data from a microcontroller visually has many advantages. It allows for menus, status indicators, and instructions to be intuitively shown to users. When paired with an LCD, a microcontroller becomes a powerful tool for building interactive electronic devices and systems. One excellent combination is interfacing an HD44780 LCD with PIC18F4520 […]

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Unveiling the Many Faces of Microcontroller Applications

Abstract. A microcontroller, also referred to as an MCU or microcontroller unit, represents an integrated circuit (IC) crafted for specific applications, tailored to execute designated tasks. While commonly employed in products requiring automated control, such as devices, power tools, automobile engine control systems, and computers, microcontrollers extend beyond these realms. Fundamentally, a microcontroller gathers input,

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Architecture of the PC home based appliancescontrol

Designing a Microcontroller Framework for PC-Based Control of Electrical Appliances

ABSTRACT The preference for personal computers as a platform for designing and implementing control algorithms is growing due to the ease of writing, modifying, and updating software programs for these purposes. In this study, we utilize a personal computer to manage electrical appliances, enabling the control of high-power AC loads like lights, fans, and heaters,

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Implementation of Circuit Diagram in Proteus

Mastering PIC 24F Series: A Comprehensive Guide with MPLAB and Proteus

Introduction The field of embedded systems plays a crucial role in modern society, with a myriad of applications across various sectors such as telecommunication, medical devices, industrial control, and more (Miha & Mihael, 2008). Microcontrollers form the backbone of these embedded systems, capable of executing complex operations based on hundreds of thousands of transistors. Initially,

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Main components in a measurement and control system

Basic Microcontroller Use for Measurement and Control

Introduction Measurement and control systems play a crucial role in the field of biosystems engineering. In the digital era, these systems are pervasive and essential, serving the dual purpose of gathering data (measurement) and automating processes (control). As an example, consider weather stations that measure variables like temperature, precipitation, wind speed, and other environmental factors.

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GPS Navigator for Runners

The basic idea of this 4760 final project is to build a GPS navigator for runners who are new to their neighborhood. For example, if someone is new to Cornell University, College of Engineering, and wants to run around the engineering quad every day, this runner Navigation system have the following functions to ensure that

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Haptic Feedback Weathervane

Introduction When sailing a boat, one of the most important factors is the direction of the wind. If they want to keep a steady heading, sailors need to be able to dynamically adjust the direction they steer as the wind changes. Unfortunately, the ability to tell exactly which direction the wind is blowing can be

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The distance sensor outputs a high voltage when the object is closer

IoT Security Platform

We developed a WiFi enabled doorway security system accessible from anywhere in the world. One of the motiviations behind this project was derived from the contemporary notion that the concept of IoT presents security vulnerabilities. We thought that it would be a not only ironic but also useful twist to leverage IoT to provide security instead. High

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The Outlet Nanny

We designed a power monitor that could communicate with the PIC32 through UART to give both power and current readings for any device(s) (that use NEMA plugs) plugged into our box. These readings are then accessible on a website interface, on a graph. We chose to do this project because of the growing issue of

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High Bandwidth Low Latency Communication with SPI Devices Controlled by PIC32

Introduction The purpose of this project is to implement high bandwidth low latency SPI communication between the PIC32 and a target module, which in this case is the OV7670 camera. The solution implemented in this project is derivative from a need to read data from the target at a higher rate than that of which the PIC32

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